April 2018 NUCLEUS 3-19
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News Release Emmanuelle Charpentier Inducted Into the Hall
News Release Your Contact [email protected] Phone: +49 6151 72-9591 October 22, 2020 Emmanuelle Charpentier Inducted into the Hall of Fame of German Research • Microbiologist, geneticist, infection biologist and Nobel Prize winner Charpentier recognized • Curious Mind Award for young scientists presented to Siegfried Rasthofer and Björn Eskofier Darmstadt, Germany, October 22, 2020– Merck KGaA, Darmstadt, Germany, a leading science and technology company, and manager magazin today inducted Emmanuelle Charpentier (51), Founding Director of the Max Planck Unit for the Science of Pathogens in Berlin, Germany, into the Hall of Fame of German Research. In addition, the two hosts presented the Curious Mind Researcher Award at the same event. Siegfried Rasthofer (32), a computer scientist, received the prize worth € 7,500 in the “Digitalization & Robotics” category. Björn Eskofier (40), an electrical engineer, was also recognized with € 7,500 for his work in the “Life Science” category. In a video message, German Federal Chancellor Angela Merkel said: “It is a privilege to now be able to induct a renowned scientist and designated Nobel laureate into the Hall of Fame of German Research. The Curious Mind Researcher Award also demonstrates that Germany is a research location that offers superb framework conditions for cutting-edge research,” she added and congratulated the prizewinners. “Many scientists are making extraordinary accomplishments – particularly here in Germany as well. This is evident not only in the fight against Covid-19. Thanks to Page 1 of 3 Frankfurter Strasse 250 Head of Media Relations -6328 64293 Darmstadt · Germany Spokesperson: -9591 / -8908 / -45946 / -55707 Hotline +49 6151 72-5000 www.emdgroup.com News Release their passion and perseverance, they are creating the preconditions for the advancement of society. -
Curriculum Vitae of Stephen Drucker
Curriculum Vitae of Stephen Drucker Department of Chemistry University of Wisconsin-Eau Claire Eau Claire, Wisconsin 54702 (715) 836-5390 [email protected] PROFESSIONAL POSITIONS Professor, UW-Eau Claire, 2009{present Associate Professor, UW-Eau Claire, 2004{2009 Visiting Associate Professor, Purdue University, 2005 Assistant Professor, UW-Eau Claire, 1998{2004 Postdoctoral Associate, Massachusetts Institute of Technology, 1994{98 Laboratory Specialist, University of Virginia School of Medicine, 1984{86 EDUCATION Harvard University, Cambridge, Massachusetts Ph.D. in Chemistry, 1994; A.M., 1988 Thesis title: \Using Millimeter-Wave Spectroscopy to Probe the Dynamics of Weakly Bound Complexes" University of Virginia, Charlottesville, Virginia B.S. in Chemistry with Highest Distinction, 1984 Honors: ACS Virginia Section Award, Phi Beta Kappa, Echols Scholar COURSES TAUGHT, UW-EAU CLAIRE Chem 115: Chemical Principles (advanced general chemistry) with lab Chem 105, 106, 109: General Chemistry I and II with lab Chem 213: Quantitative Analysis Chem 405: Applied Physical Chemistry Chem 433{434: Physical Chemistry I and II Chem 438: Physical Analysis Laboratory SERVICE TO UNIVERSITY AND PROFESSION University Senator Representing Chemistry Department Co-Chair of `Transforming Learning,' University Strategic Planning Workgroup Chair, University General Education Committee Member, University Planning Committee Member, University Liberal Education Committee Member, Sabbatical Program Review Committee SERVICE TO UNIVERSITY AND PROFESSION (cont'd) Member, University Research and Creative Activity Council Reviewer of manuscripts for The Journal of Physical Chemistry, The Journal of Chemical Physics, The Journal of Molecular Spectroscopy, and Journal of Quantitative Spectroscopy and Radiative Transfer Reviewer of grant proposals for the National Science Foundation (ad hoc and panel), American Chemical Society, Research Corporation, Department of Energy, and German Research Foundation RESEARCH STUDENTS AND GRADUATE PLACEMENT 1. -
Attend the 2012 Alumni Appreciation Lecture and Dinner!
FALL 2012 Attend the 2012 Alumni Welcome from the Head Appreciation Lecture and Dinner! Greetings from the Department of Chemistry! It has he next Chemistry Alumni Appreciation Lecture and been a very good year for our department, in terms Dinner will take place on Friday October 12, 2012. The of faculty recruitment, research accomplishments, lecture will be in the Chemistry Building at 4:00 pm, and faculty recognition. As I have stated in the past, Tfollowed by drinks (6:00) and dinner that evening (7:00) at first and foremost in our plans for the future of the the Georgia Center for Continuing Education. Because of the department is recruitment of faculty. I am pleased large number of Chemistry Alumni, individual invitations will to report that we have successfully recruited a new not be mailed. This is your invitation! We will also send out an Director of General Chemistry Instruction, Professor email reminder about this in the early fall. Please plan to join Norbert Pienta, who comes to us from the University us. To make a reservation, contact Ms. Oksana Korolchuk at of Iowa. In addition to excelling at instruction, Norb 706-542-1919 or [email protected]. is also a leading authority in Chemical Education. The speaker for the 2012 lecture will be Prof. Nate Jon Amster He is the Editor-in-Chief of the Journal of Chemical Lewis, from Cal Tech. His lecture topic will be “Sunlight- Education, and is moving the journal office to the University of Georgia. This will Driven Hydrogen Formation by Membrane-Supported certainly put Georgia on the map with regards to Chemical Education. -
WITHOUT CHEMISTRY THERE CAN BE NO CIRCULAR ECONOMY the Imperative of a New Perspective on Chemicals and Materials Management
March 3, 2018 WITHOUT CHEMISTRY THERE CAN BE NO CIRCULAR ECONOMY The imperative of a new perspective on chemicals and materials management Elze Van Hamelen, MBA The Natural Step (Germany) [email protected].| Office: +49 89 212 312 140| or contact your local office www.thenaturalstep.org | www.thenaturalstep.de Without Chemistry There Can Be No Circular Economy The imperative of a new perspective on chemicals and materials management 1 The transition to a sustainable society entails manufacturing entail a certain risk. Many materials that tremendous challenges when it comes to materials find in nature can only be formed under high management. The concept of a Circular Economy pressure and high temperatures. In trying to minimize focuses on reclaiming materials, recycling, repair risk, the emphasis is on control and reduce the and reuse. There is an emphasis on managing probability that an effect will occur through various materials in a different way, but there is less management approaches. attention on the intrinsic properties of the materials themselves. Often it is implied that we need to In response to large-scale accidents within the substitute raw materials with renewable, bio- chemical industry, the sector has put a lot of effort into based to John Warner, co-founder of the 12 Principles minimizing risks to health and environment and for Green Chemistry, 65% of all chemical increasing safety precautions. Many of these efforts products need to be replaced by a sustainable took place under the umbrella of the global alternative. And that demands a new perspective. Responsible Care By Elze van Hamelen efforts have led to considerable and impressive improvements in areas such as workplace safety, Biomass is often praised as the cornerstone for circular transport, spills, and emissions. -
2016 Richard C
Massachusetts Institute of Technology The Richard C. Lord Lecture is an annual event sponsored by the MIT Department of Chemistry and the G. R. Harrison Spectroscopy The Department of Chemistry and Laboratory to honor a scientist who has made important contributions to MIT Laser Biomedical Research Center the field of spectroscopy. We thank the many friends and colleagues of cordially invite you to attend the Dr. Lord for their generous contributions to the endowment fund. XXXXXXXXXXXX Past Awardees 2016 Richard C. Lord Lecture Takeshi Oka 1992 Robert Field 2005 by Alexander Pines 1993 John Hall 2006 Charles Townes 1994 Graham Fleming 2007 Jun Ye Richard Zare 1995 Mildred Dresselhaus 2008 on Carl Lineberger 1996 Michael Feld 2009 William Klemperer 1997 Wolfgang Ketterle 2010 Frequency comb spectroscopy – William Phillips 1998 Stefan Hell 2011 From mid – IR to XUV Theodor Hänsch 1999 Erich Ippen 2012 Daniel Kleppner 2000 James Fujimoto 2013 Steven Chu 2001 Mostafa A. El-Sayed 2014 Norman Ramsey 2002 Paul L. McEuen 2015 Britton Chance 2003 Watt Webb 2004 Tuesday, April 5, 2016, 12 Noon MIT, 35-225 Refreshments served following the lecture In the Grier Room (34-401) Jun Ye is a Fellow of JILA, NIST and Richard C. Lord was born in Louisville, Kentucky in 1910. He was graduated from University of Colorado. He is a member of Kenyon College, Ohio in 1931. He received the Ph.D. degree in physical chemistry the National Academy of Sciences, a Fellow form Johns Hopkins University in 1936, where he began a long and distinguished of NIST, a Fellow of the American Physical career as a scientist and educator. -
No. 46 October 8, 2014 (Sel) Nobel Prize Winner at the Max Planck
No. 46 October 8, 2014 (Sel) Nobel Prize winner at the Max Planck Institute for Biophysical Chemistry in Göttingen and the German Cancer Research Center: Nobel Prize in Chemistry awarded to Stefan Hell For the second time a researcher at the DKFZ has been awarded the highest distinction in science: Professor Stefan Hell, director of the Max-Planck Institute for Biophysical Chemistry in Göttingen and department head at the DKFZ, has been awarded this year´s Nobel Prize in Chemistry for his pioneering work in the field of ultra high resolution fluorescence microscopy. This follows the 2008 Nobel Prize in Medicine for Harald zur Hausen. “Stefan Hell is an absolutely exceptional scientist,” says Professor Otmar D. Wiestler, Chairman of the Management Board and Scientific Director of the German Cancer Research Center (DKFZ). “We are delighted and very proud to have a second Nobel Prize winner from the DKFZ, following Harald zur Hausen, within just a couple of years.” The highest distinction in science rewards many years of tireless research work during which Stefan Hell achieved a ten- fold increase in the resolution of light microscopy, making it possible for scientists to obtain images of structures ten times smaller than anyone had previously thought possible. “He has taken microscopy to a completely new dimension,” Wiestler says. “During my PhD thesis work, I already suspected that the matter of light microscopy had not yet been entirely thought through,” Stefan Hell remembers. At that time light microscopy was believed to have reached its limits, at a barrier of 200 nanometers, as defined by Ernst Abbe in his famous diffraction law of 1873: For two dots to be distinguished in the focal plane of the objective, they have to be separated by a distance equal to at least half the wavelength of visible light. -
John C. Warner 100 Research Drive Wilmington, MA 01887 978‐225‐5420 [email protected]
John C. Warner 100 Research Drive Wilmington, MA 01887 978‐225‐5420 [email protected] www.JohnWarner.Org John is the recipient of the 2014 Perkin Medal, widely acknowledged as the highest honor in American Industrial Chemistry, and was named a 2016 AAAS‐Lemelson Invention Ambassador. He received his BS in Chemistry from UMASS Boston, and his PhD in Chemistry from Princeton University. After working at the Polaroid Corporation for nearly a decade, he then served as tenured full professor at UMASS Boston and Lowell (Chemistry and Plastics Engineering). In 2007 he founded the Warner Babcock Institute for Green Chemistry, LLC (A research organization developing green chemistry technologies) where he serves as President and Chief Technology Officer, and Beyond Benign (a non‐profit dedicated to sustainability and green chemistry education). He is one of the founders of the field of Green Chemistry, co‐authoring the defining text Green Chemistry: Theory and Practice with Paul Anastas. He has published nearly 300 patents, papers and books. His recent work in the fields of pharmaceuticals, personal care products, solar energy and construction and paving materials are examples of how green chemistry principles can be immediately incorporated into commercially relevant applications. Warner received The 2004 Presidential Award for Excellence in Science Mentoring (considered one of the highest awards for US science education), the American Institute of Chemistry's Northeast Division's Distinguished Chemist of the Year for 2002 and the Council of Science Society President’s 2008 Leadership award. Warner was named by ICIS as one of the most influential people impacting the global chemical industries. -
Manfred Eigen: the Realization of His Vision of Biophysical Chemistry
CORE Metadata, citation and similar papers at core.ac.uk Provided by OIST Institutional Repository Manfred Eigen: the realization of his vision of Biophysical Chemistry Author Herbert Jackle, Carmen Rotte, Peter Gruss journal or European Biophysics Journal publication title volume 47 number 4 page range 319-323 year 2017-12-11 Publisher Springer International Publishing Rights (C) 2017 The Author(s). Author's flag publisher URL http://id.nii.ac.jp/1394/00000696/ doi: info:doi/10.1007/s00249-017-1266-y Creative Commons Attribution 4.0 International (http://creativecommons.org/licenses/by/4.0/) European Biophysics Journal (2018) 47:319–323 https://doi.org/10.1007/s00249-017-1266-y REVIEW Manfred Eigen: the realization of his vision of Biophysical Chemistry Herbert Jäckle1 · Carmen Rotte1 · Peter Gruss1,2 Received: 27 August 2017 / Accepted: 11 November 2017 / Published online: 11 December 2017 © The Author(s) 2017. This article is an open access publication Abstract Manfred Eigen turned 90 on May 9th, 2017. He celebrated with a small group of colleagues and friends on behalf of the many inspired by him over his lifetime—whether scientists, artists, or philosophers. A small group of friends, because many—who by their breakthroughs have changed the face of science in diferent research areas—have already died. But it was a special day, devoted to the many genius facets of Manfred Eigen’s oeuvre, and a day to highlight the way in which he continues to exude a great, vital and unbroken passion for science as well as an insatiable curiosity beyond his own scientifc interests. -
2012 6Th Annual Dasari Lecture Robert Field, MIT “Molecules
2012 6th Annual Dasari Lecture Robert Field, MIT “Molecules behaving badly” Robert Field was born in Wilmington, Delaware in 1944. He graduated from Amherst College in 1965 with an A.B. degree (major in Chemistry). As a graduate student at Harvard, he was a member of William Klemperer’s research group, and received his Ph.D. degree in 1972. He did three years of postdoctoral research with Herbert P. Broida and David Harris in the Quantum Institute at the University of California, Santa Barbara. Since 1974, he has been a member of the MIT Chemistry Department and has been the Haslam and Dewey Professor of Chemistry since 1999. His continuous connection with the MIT Spectroscopy Laboratory began with the Tunable Laser Facility in 1975. Aside from his appointment as Chair of the Graduate Committee in Chemistry, he has, for 38 years, successfully avoided all administrative positions at MIT and intends to keep that record intact. Bob’s current favorite self-descriptors are “dynamics encoded in the frequency domain” and “molecules behaving badly.” He is a card-carrying high resolution spectroscopist, but likes to look “beyond molecular constants” in search of new classes of spectral patterns that reveal the far-from-equilibrium regions of a potential energy surface. As a graduate student he began his spectroscopic magical mystery tour as a collector of spectroscopic perturbations, especially those of the CO molecule. He invented the “matrix element method” for assigning the vibrational quantum numbers of nominally “dark” perturbing states from the vibration dependence of experimentally measured perturbation matrix elements. This led to “The Book” (Perturbations in the Spectra of Diatomic Molecules) and to perturbation facilitated optical-optical double resonance, by which perturbations provide excitation pathways to otherwise inaccessible electronic states. -
Terahertz Pioneer: Richard J. Saykally Water, Water Everywherefff Peter H
266 IEEE TRANSACTIONS ON TERAHERTZ SCIENCE AND TECHNOLOGY, VOL. 2, NO. 3, MAY 2012 Terahertz Pioneer: Richard J. Saykally Water, Water EverywhereFFF Peter H. Siegel, Fellow, IEEE ROWING UP as the son of a grocery store owner and G school teacher in rural northern Wisconsin, Richard James Saykally1 boasts that he was the smartest kid in his grade school class because the other guy could never get past long division! When not focusing on his rock band, football, or the most common pursuit of young men in their teens (and perhaps at any age), his college interests shifted from forestry to English and finally back to science where he majored in chemistry. Perhaps it was prescient that he graduated from University of Wisconsin Eau Claire and ended up with a stellar academic career focused largely on unraveling the chemical properties of water. In 1970, Saykally entered graduate school at the University of Wisconsin Madison as an analytical chemist. There he connected with assistant professor Claude Woods, who was designing his pioneering experiments to measure microwave spectra of molecular ions. As his first assignment, Woods gave Saykally his personal copy (autographed!) of Townes and Schawlow’s, Microwave Spectroscopy [1] and Gerhard RICHARD J. SAYKALLY Herzberg’s, Diatomic Molecules [2], which he decided to treat like English literature, and read while relaxing at a nearby lakeside retreat. After dozing off to dream about oscillating molecules, he woke up to find Townes’s text being torn to shreds by a local quadruped that, for some reason, refused to Near the end of 1971, William Klemperer, noted microwave touch the Herzberg volume. -
DTSC Announces Members of New Green Ribbon Science Panel for California’S Green Chemistry Program
CALIFORNIA ENVIRONMENTAL PROTECTION AGENCY Department of Toxic Substances Control News Release T – 06 – 09 Maziar Movassaghi, Acting Director FOR IMMEDIATE RELEASE Contact: Angela Blanchette April 9, 2009 (510) 540-3732 DTSC Announces Members of New Green Ribbon Science Panel for California’s Green Chemistry Program Sacramento, CA – Cal/EPA’s Department of Toxic Substances Control (DTSC) today announced the selection of 27 members to the state’s new Green Ribbon Science Panel, an advisory panel created for California’s Green Chemistry program, an innovative approach to removing or reducing toxic chemicals in products sold in California. The Green Ribbon Science Panel was established with passage of two landmark Green Chemistry laws signed last year by California Governor Arnold Schwarzenegger (AB 1879 - Feuer and SB 509 - Simitian). The Panel will provide advice and act as a resource to DTSC and the California Environmental Policy Council pursuant to AB 1879, which directs the Department to develop regulations that: (1) create analytical methods for safer chemical alternatives, and (2) identify and prioritize chemicals of concern. Panel members will serve staggered three-year terms and may be reappointed with no limitations. “I am pleased to make today’s announcement and trust that the distinguished panelists will soundly advise on development of the state’s Green Chemistry regulations,” said DTSC Acting Director Maziar Movassaghi. “Since the Green Chemistry Initiative was launched in 2007, the Department has been honored to work on this -
Green and Sustainable Chemistry Education: Nurturing a New Generation of Chemists
Green and sustainable chemistry education: Nurturing a new generation of chemists Foundation Paper for GCO II Part IV 23 January 2019 Vania Zuin, Departamento de Quimica, Universidade Federal de Sao Carlos, Brazil Ingo Eilks, Universität Bremen, Institute for Science Education Disclaimer The designations employed and the presentation of the material in this publication do not imply the expression of any opinion whatsoever on the part of the United Nations Environment Programme concerning the legal status of any country, territory, city or area or of its authorities, or concerning delimitation of its frontiers or boundaries. Moreover, the views expressed do not necessarily represent the decision or the stated policy of the United Nations Environment Programme, nor does citing of trade names or commercial processes constitute endorsement. 1 Contents 1. A new way of teaching chemistry ......................................................................................................... 1 2. Education reform gaining momentum in many countries, but some regions lagging behind ............. 5 3. Overcoming barriers: key determinants for effective educational reform ........................................ 12 4. Options for action ............................................................................................................................... 15 References .................................................................................................................................................. 15 2 1. A new way of teaching